Infini Resources has confirmed high-grade uranium mineralisation at surface in its Reitenbach Lake project with a standout 1.90% U3O8 assay, advancing its exploration towards a maiden drill campaign planned for mid-2026.
- 1.90% U3O8 assay confirms high-grade uranium at Titus Prospect, Reitenbach Lake
- Widespread uranium anomalism detected at Reynolds Lake linked to EM conductors and structural zones
- Phase 1 results validate exploration model and de-risk projects ahead of drilling
- Maiden drill program targeted for Q2 2026, pending permits and stakeholder engagement
- Ongoing collaboration with local First Nations and government authorities
Exploration Breakthrough at Reitenbach Lake
Infini Resources Limited (ASX, I88) has announced a significant milestone in its Canadian uranium exploration efforts with the release of Phase 1 assay results from its Reynolds Lake and Reitenbach Lake projects in Saskatchewan. The highlight is a high-grade uraninite-bearing rock sample from the newly named Titus Prospect at Reitenbach Lake, which assayed an impressive 1.90% U3O8 at surface. This confirms the presence of primary uranium mineralisation and validates the company’s geological model focused on basement-hosted, structurally controlled uranium deposits.
Geophysical and Geochemical Correlations Strengthen Targets
The high-grade uranium at Titus Prospect is spatially associated with strong electromagnetic (EM) conductors and major structural corridors, geological features that are often indicative of significant uranium systems. Meanwhile, at Reynolds Lake, assays from rock-chip and soil samples reveal widespread uranium anomalism coincident with priority EM targets and mapped shear zones. Soil geochemistry has further delineated continuous uranium-pathfinder anomalies, providing effective vectors toward basement-hosted mineralisation. Collectively, these findings materially de-risk the projects and upgrade drill targets.
Advancing Toward Drilling and Development
Infini Resources plans to integrate these assay results with detailed geological mapping and geophysical data to refine and prioritise drill-ready targets. The company anticipates receiving Phase 2 assay results in the first quarter of 2026, with a maiden drill campaign scheduled for the second quarter, subject to permitting and stakeholder engagement. CEO Rohan Bone emphasised the significance of these results, noting that the confirmation of high-grade mineralisation at surface provides strong momentum as Infini advances its uranium portfolio.
Strategic Location and Community Engagement
The Reynolds Lake and Reitenbach Lake projects cover a combined 677 square kilometres on the eastern margin of the Athabasca Basin, a globally renowned uranium district. The projects are strategically located near existing operations and infrastructure, enhancing their development potential. Infini is actively engaging with local First Nations groups, including Ya’thi Néné Lands and Resources, and progressing government permitting processes in parallel with exploration activities, underscoring its commitment to responsible and collaborative development.
Outlook and Industry Context
While the deposit type remains to be fully defined, the geological setting and mineralisation style bear resemblance to known unconformity-related uranium systems in the region. The confirmation of high-grade surface mineralisation at Titus Prospect and coherent uranium anomalism at Reynolds Lake position Infini Resources well within a fertile uranium system. As global demand for uranium intensifies amid the energy transition, these exploration advances could enhance Infini’s standing in the sector.
Bottom Line?
Infini Resources’ Phase 1 results mark a pivotal step toward unlocking uranium potential in Saskatchewan, setting the stage for drilling and further discovery in 2026.
Questions in the middle?
- Will Phase 2 assays confirm and expand upon the high-grade uranium zones identified?
- How will permitting and First Nations engagement influence the timing and scope of the maiden drill program?
- What is the potential scale and grade continuity of the uranium mineralisation across both projects?